For this project we are interested in
candidates with experience in the use of atomic force microscopy to study
thin polymeric films and patterned surfaces. Candidate should also have
had hands-on experience in characterizing thin films with ellipsometry,
contact angle, optical microscopy, and spectroscopy. The candidate is
expected to interact with other investigators and research associates of
this Center and may be called upon to interact with NIST scientists during
the period of research work. The ideal candidate is expected to be
familiar with chemical modification of tips and force measurements. Having
experience in polymer synthesis and combinatorial work is a plus.

The research project addresses the role of
structured materials in biocompatability studies. The research tasks will
include (a) preparation of gradient and patterned surfaces to manipulate
the structure, topography and dynamics of polymers at surfaces, (b)
evaluation of the compatability of polymeric surfaces with proteins and/or
cells, and (c) development of AFM methodology to measure the extent of
biocompatability of surfaces.